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EM MICROELECTRONIC - MARIN SA
EM65XX
EM65XX Datasheet
MFP versions of EM66XX (Mask Rom)
EM Microelectronic-Marin SA Tel +41 32 755 51 11 Fax +41 32 755 54 03 http://www.emmicroelectronic.com
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EM65XX
Table of Contents
1. GENERAL ........................................................................................................................ 3 ORDERING INFORMATION .................................................................................................. 3 2. EM6503 ............................................................................................................................ 4 3. EM6504 ............................................................................................................................ 7 4. EM6505 .......................................................................................................................... 11 5. EM6517 .......................................................................................................................... 15 6. EM6520 .......................................................................................................................... 16 7. EM6521 .......................................................................................................................... 17 8. EM6522 .......................................................................................................................... 18 9. EM6540 .......................................................................................................................... 19 10. 11. PACKAGE DIMENSIONS ........................................................................................... 23 ORDERING INFORMATION ....................................................................................... 28
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EM65XX
1. General
The EM65xx is the Multiple Field Programmable Version of the corresponding EM66xx 4 bit Microcontroller The program ROM is replaced by non volatile memory, which can be programmed up to 100 times. Functionally, the two types are equal, except the metal options which are defined in the following pages. Electrically, the MFP `s work above 2.0V and need more current, see the tables in the following description. The programming is done with the EM MFP programmer, either by putting the device onto the programmer or connecting it with the connector at the back to your board.
EM MFP Programmer
Qin Qout Test Vreg
Vdd
EM65xx
Vss
Your PCB
Handling Procedures This devices have built-in protection against high static voltages or electric fields; however, anti-static precautions should be taken as for any other CMOS component. Unless otherwise specified, proper operation can only occur when all terminal voltages are kept within the supply voltage range. Absolute maximum ratings
Min. Max. Units Power supply VDD-VSS - 0.2 + 5.5 V Input voltage VSS - 0.2 VDD+0.2 V Storage temperature - 40 + 125 C Electrostatic discharge to MIL-STD-883C method 3015 -2000 +2000 V Maximum soldering conditions 10s x 250C Stresses above these listed maximum ratings may cause permanent damage to the device. Exposure beyond specified electrical characteristics may affect device reliability or cause malfunction.
Ordering Information The MFP's should be used for engineering purposes only. No volume production must be planned.
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EM65XX
2. EM6503
Input/Output ports All ports if selected as outputs are Push-pull outputs (driving high / low). Inputs are not blocked when Output is selected and Outputs comes Hi-Z in Sleep mode. Input/Output Port Options
Pull-Up Yes / No 0 A0 A1 A2 A3 B0 B1 B2 B3 C0 C1 C2 C3 D0 D1 D2 D3 PA0 input PA1 input PA2 input PA3 input PB0 In/Out PB1 In/Out PB2 In/Out PB3 In/Out PC0 In/Out PC1 In/Out PC2 In/Out PC3 In/Out PD0 In/Out PD1 In/Out PD2 In/Out PD3 In/Out NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO Pull-Down Yes / No 1 NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO Nch-open drain Input blocked Yes / No when Output Yes / No 4 5 Output Hi-Z in SLEEP mode Yes / No 6
NO NO NO NO NO NO NO NO NO NO NO NO
NO NO NO NO NO NO NO NO NO NO NO NO
YES YES YES YES YES YES YES YES YES YES YES YES
PortA reset No PortA reset option is selected
NO PortA reset combination 0 X PA0 & PA1 logic AND input reset 1 PA0 & PA1 & PA2 logic AND input reset 2 PA0 & PA1 & PA2 & PA3 logic AND input reset 3
RA PortA RESET
Supply Voltage Level Detector T= -10C to 60C
Symb. VSVLD1 VSVLD2 VSVLD3 Parameter SVLD voltage Level1 SVLD voltage Level2 SVLD voltage Level3 Min. 2.25 3.15 3.87 Typ. 2.5 3.5 4.3 Max. 2.75 3.85 4.73 Unit V V V
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EM65XX
Electrical specifications Standard Operating Conditions
Parameter Temperature VDD VSS CVreg fq Rqs CL df/f Value 0C...+60C +2.0 ...+5.0V 0 V (reference) min. 100nF 32768 Hz 35 kOhm 8.2pF +/- 30 ppm Description
Vreg logic supply capacitor nominal frequency typical quartz serial resistor typical quartz load capacitance quartz frequency tolerance
DC characteristics - Power Supply Pins VDD=3.0V, T=25C (note4) (unless otherwise specified), Vreg not shorted to VDD
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) SLEEP Supply Current SLEEP Supply Current (SLEEP =1) Regulated Voltage Conditions +25C (note2) (note2) (note3) 0C...+60C +25C (note3) 0C...+60C +25C (note3) 0C...+60C 0C...+60C Symb. IVDDa IVDDa IVDDh IVDDh IVDDs IVDDs Vreg Min. Typ. (note1) 9.0 Max. 15.0 20.0 4.0 7.0 2.0 5.0 2.5 Unit A A A A A A V
1.7
0.7
1.6
VDD=5.0V, T=25C (note4) (unless otherwise specified), Vreg not shorted to VDD
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) SLEEP Supply Current SLEEP Supply Current (SLEEP =1) Conditions +25C (note2) (note2) (note3) 0C...+60C +25C (note3) 0C...+60C +25C (note3) 0C...+60C Symb. IVDDa IVDDa IVDDh IVDDh IVDDs IVDDs Min. Typ. (note1) 13.0 Max. 18.0 20.0 5.0 10.0 2.0 5.0 Unit A A A A A A
1.8
0.7
Note1: For current measurement typical quartz described in Operating Conditions is used. All I/O pins without internal Pull Up/Down are pulled to VDD externally. Note2: Test loop with successive writing and reading of two different addresses with an inverted values (five instructions should be reserved for this measurement), Note3: NOT tested at temperature if delivered in chip form. Note4: Test conditions for ACTIVE and STANDBY Supply current mode are: Qin = external square wave, from rail to rail of Vreg (regulated voltage) with 100nF capacitor on Vreg. fQin = 33kHz.
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EM65XX
Today's Versions I/O's EM6503P02 Die, pad location and size
PD2 X=1026 PD3 X=405 PC3 X=3828 PC2 X=4082 PD1 X=1648 X=4606 PD0 X=2369
VLD levels As defined
Remarks -
As defined
All dimensions in Microns
Y=4204 Y=3991 PC1 Y=3705 NC
RESET Y=3435
NC VddCA Y=2719 Vbat Y=2465 PC0 Y=2731 STB/RST Y=2477 VSS Y=2203 OscIn Y=1997
EM6503
PA0 Y=1469 PA1 Y=1205 PA2 Y=941
CHIP SIZE is X = 5029 microns by Y = 4419 microns or X = 198 mils by Y = 174 mils heith of the die Z = 11 mils
OscOut Y=1221
Y=0
PB3 X=3432 PB1 X=2370 PB0 X=1839 PB2 X=2901 TEST X=4545
Y=-215
X=-212 X=0 PA3 X=522
X=4633
Package SO24 package. See dimensions in section 10.
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X=4817
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EM65XX
3. EM6504
Input / Output ports The EM6504 - MFP version of EM6604 has no input pull-up or pull-down resistors. User has to put an external resistor if needed in the application. In metal ROM version (EM6604) user can select resistors described in Electrical parameters and Input/Output port mask option. For PortC Input/Output selection there is an additional register in EM6504 (register PcOE at address 60hex) instead of metal mask in EM6604. For PortA Rising/Falling Interrupt edge selection there is an additional register in EM6504 (register PaIRQedge at address 63hex) instead of metal mask in EM6604. PortC Input/Output metal options are replaced by register PcOE in EM6504 MFP version. This register is described below. Input / Output ports option
Clocked Output Clocked PullPull-Down Pull-Up Pull-Up Down R= R = 30k? R = Pull-Down Pull-Up R = 30k? 150k? 150k? R > 1M? R > 1M? 1 2 3 4 5 6 No Input Pull-Up or PullDown 7 x x x x x x x x
0 A0 A1 A2 A3 C0 C1 C2 C3 PA0 input PA1 input PA2 input PA3 input PC0 In/Out PC1 In/Out PC2 In/Out PC3 In/Out
PCoe0 PCoe1 PCoe2 PCoe3
the MFP EM6504 option selection is showed by x and PCoex
PortA interrupt edge This metal options are replaced by register PaIRQedge in EM6504 MFP version. The register is described below. PortA interrupt edge option
Interrupt on Input's rising edge 8 PA0r = 1 PA1r = 1 PA2r = 1 PA3r = 1 Interrupt on Input's falling edge 9 PA0r = 0 PA1r = 0 PA2r = 0 PA3r = 0
I0 I1 I2 I3
PA0 - IRQ PA1 - IRQ PA2 - IRQ PA3 - IRQ
the MFP EM6504 PortA interrupt edge option is selected by values in register PaIRQedge
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EM65XX
Watchdog metal option The Watch-Dog timer is always active. Watchdog metal option
W0 WD timer Watch-Dog timer ACTIVE x Watch-Dog timer INACTIVE
Supply Voltage Level Detector T= -10C to 60C
Symb. VSVLD1 Parameter SVLD voltage Level1 Min. 2.02 Typ. 2.30 Max. 2.38 Unit V
Additional registers In EM6504 there are two additional registers replacing metal options in EM6604.
Register name PaIRQedge add add hex dec 63 99 reset value b'3210 0000 write_bits Read/Write_bits 0: PA0r 1: PA1r 2: PA2r 3: PA3r 0: PCoe0 1: PCoe1 2: PCoe2 3: PCoe3 read_bits Remarks
Port A IRQ edge 1 = rising 0 = falling Port C Output Enable 1 = output 0 = input
PcOE
60
96
0000
Because these two registers replace the metal option in EM6604 it is advised that they are written as first two instructions in the main program and that they are executed only once. They should not be changed later in the program because the metal options in EM6604 are fixed. Electrical specifications Standard Operating Conditions
Parameter Temperature VDD VSS CVDDCA fq Rqs CL df/f Value 0C...+60C +2.0 ...+5.0V 0 V (reference) min. 100nF (note1) 32768 Hz 35 kOhm 8.2pF +/- 30 ppm Description
Vreg switched logic supply capacitor nominal frequency typical quartz serial resistor typical quartz load capacitance quartz frequency tolerance
Note1: This capacitor maintains the Regulated Supply to the core when the core has been isolated by the internal Supply switch during driving the high current outputs. The user should be aware that the selection of this capacitor will dictate the time that the core can be isolated.
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EM65XX
DC characteristics - Power Supply Pins VDD=3.0V, T=25C (unless otherwise specified)
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) RAM data retention VDDCA regulated voltage !! POR voltage SVLD voltage Conditions +25C (note2) (note2 / 3 / 4) 0C...+60C +25C (note3 / 4) 0C...+60C Symb. IVDDa IVDDa IVDDh IVDDh Vrd VDDCA VPOR VSVLD Min. Typ.(note5) 9.0 Max. 15 20 4 7 1.3 1.6 2.25 2.0 0.9 2.5 2.6 1.40 2.8 Unit A A A A V V V V
2
0C...+60C
VDD=5.0V, T=25C (unless otherwise specified)
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) Conditions +25C (note2) (note2 / 3 / 4) 0C...+60C +25C (note3 / 4) 0C...+60C Symb. IVDDa IVDDa IVDDh IVDDh Min. Typ.(note5) 13 Max. 18 20 5 10 Unit A A A A
1.8
Note2: test loop with successive writing and reading of two different addresses with an inverted values (five instructions should be reserved for this measurement), Note3: NOT tested at temperature if delivered in chip form. Note4: Test conditions for ACTIVE and STANDBY Supply current mode are: Qin = external square wave, from rail to rail of Vreg (regulated voltage) with 100nF capacitor on Vreg. fQin = 33kHz. Note5: For current measurement typical quartz described in Operating Conditions is used. All I/O pins without internal Pull Up/Down are pulled to VDD externally.
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EM65XX
Todays Versions
I/O's EM6504P02 As defined VLD levels As defined Remarks -
Die, pad location and size
PC0 X=2446
Y=4237 Y=4030 BUZZER Y=3686 TEST Y=3343 VSS Y=2938 PB3 Y=3602 Y=3442
X=3526
All dimensions in Microns
X=27 PC3 X=634 PC2 X=1238 PC1 X=1842
Vbat1 X=3282
EM6504
CHIP SIZE is X = 4953 microns by Y = 4445 microns or X = 195 mils by Y = 175 mils heith of the die Z = 11 mils
RESET Y=1311 QOut Y=939
PB2 Y=2841 Y=2681
PB1 Y=1792 Y=1632
PB0 Y=1031 Y=871
Qin Y=163 Y=0
PA2 X=3156 X=-210 VddCA X=548 PA0 X=814 PA3 X=3591
Vss Y=290 Y=0
STB/RST X=4068 X=4550 X=4764 PA1 X=1487 X=0
Y=108
Y=-208
Package SO24 package. See dimensions in section 10.
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EM65XX
4. EM6505
Input/Output ports All ports if selected as outputs are Push-pull outputs (driving high / low). Inputs are not blocked when Output is selected and Outputs stays active also in Sleep mode. Input/Output Port Options
Pull-Up Yes / No 0 A0 A1 A2 A3 B0 B1 B2 B3 C0 C1 C2 C3 D0 D1 D2 D3 PA0 input PA1 input PA2 input PA3 input PB0 In/Out PB1 In/Out PB2 In/Out PB3 In/Out PC0 In/Out PC1 In/Out PC2 In/Out PC3 In/Out PD0 In/Out PD1 In/Out PD2 In/Out PD3 In/Out NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO Pull-Down Yes / No 1 NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO Nch-open drain Input blocked Yes / No when Output Yes / No 4 5 Output Hi-Z in SLEEP mode Yes / No 6
NO NO NO NO NO NO NO NO NO NO NO NO
NO NO NO NO NO NO NO NO NO NO NO NO
NO NO NO NO NO NO NO NO NO NO NO NO
PortA reset No PortA RESET is selected.
NO PortA reset combination 0 RA PortA RESET X PA0 & PA1 logic AND input reset 1 PA0 & PA1 & PA2 logic AND input reset 2 PA0 & PA1 & PA2 & PA3 logic AND input reset 3
Supply Voltage Level Detector T= -10C to 60C
Symb. VSVLD1 VSVLD2 VSVLD3 Parameter SVLD voltage Level1 SVLD voltage Level2 SVLD voltage Level3 Min. 2.02 3.70 4.15 Typ. 2.30 4.00 4.50 Max. 2.38 4.30 4.86 Unit V V V
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EM65XX
RC oscillator adjustment on the EM6505 (MFP version only)
Register name add add hex dec power up value b'3210
0001
write_bits
read_bits
Remarks
Read/Write_bits
0: OscAdj[0] 1: OscAdj[1] 2: OscAdj[2] 3: OscAdj[3] 0: OscAdj[4] 1: OscAdj[5] 2: OscAdj[6] 3: OscAdj[7] ---Adjustment of RC oscillator (4 LSB)
RC_Adj_Low
66
102
RC_Adj_High
67
103
1000
----
Adjustment of RC oscillator (4 MSB)
On the EM6605 (ROM version), the adjustment of the RC oscillator is done by metal option (refer to chapter 14 of the EM6605 datasheet). On the EM6505 (MFP version), there is no metal option to adjust the frequency range. Adjusting the 8 bits contained in registers "RC_Adj_Low" and "RC_adj_High" sets the frequency. The bit "OscAdj[7]" selects the frequency range: low or high frequency range (refer to chapter 4 of the EM6605 datasheet). The others bits as well as the external resistor on Pin 10, are used to adjust more precisely the frequency. The frequency has to be in the range of 30kHz to 300kHz (refer to chapter 17.7 of the EM6605 datasheet). Electrical specifications Standard Operating Conditions
Parameter Temperature VDD VSS Cvreg Value 0C...+60C +2.0 ...+5.0V 0 V (reference) min. 100nF Description
regulated voltage capacitor tow. Vss
Rext
50k - 400k
external R to set clock frequency
Cvreg : This capacitor maintains the Regulated Supply to the internal logic.
DC characteristics - Power Supply Pins For Frequency range of 30 - 300 kHz VDD=5.0V, T=25C, f=32kHz (note1) (unless otherwise specified) Rext 330k
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) SLEEP Supply Current SLEEP Supply Current (SLEEP =1) Regulated Voltage Conditions +25C (note2) (note2) (note3) 0C...+60C +25C (note3) 0C...+60C +25C (note3) 0C...+60C Vreg not at VDD Symb. IVDDa IVDDa IVDDh IVDDh IVDDs IVDDs Vreg Min. Typ. (note1) 30.0 Max. 40.0 50.0 20.0 40.0 2.0 5.0 2.5 Unit A A A A A A V
17.0
1.0
1.5
2.0
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EM65XX
VDD=5.0V, T=25C, f=200kHz (note1) (unless otherwise specified) Rext 62k
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current STANDBY Supply Current (in Halt mode) SLEEP Supply Current SLEEP Supply Current (SLEEP =1) Conditions +25C (note2) (note2) (note3) 0C...+60C +25C (note3) 0C...+60C +25C (note3) 0C...+60C Symb. IVDDa IVDDa IVDDh IVDDh IVDDs IVDDs Min. Typ. (note1) 80.0 Max. 100.0 120.0 40.0 50.0 2.0 5.0 Unit A A A A A A
30.0
1.0
Note1: For current measurement the corresponding resistor for targeted frequency 20% is selected; Rext : external resistor between the RCin and Vss pins. All I/O pins without internal Pull Up/Down are pulled to VDD externally. Note2: Test loop with successive writing and reading of two different addresses with an inverted values (five instructions should be reserved for this measurement), Note3: NOT tested at temperature if delivered in chip form.
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EM65XX
Today's Versions
I/O's EM6505P02 As defined VLD levels As defined Remarks -
Die, pad location and size
PD0 X=2369 PC3 X=3828 PC2 X=4082 PD2 X=1026 PD1 X=1648
All dimensions in Microns
PD3 X=405
Y=4211 Y=4005 PC1 Y=3708 RESET Y=3439
VddCA Y=2723 Vbat Y=2469
EM6505
PA0 Y=1473 PA1 Y=1209 PA2 Y=945
PC0 Y=2637 STB/RST Y=2383 VSS Y=2109 RCout Y=1890
CHIP SIZE is X = 5003 microns by Y = 4419 microns or X = 197 mils by Y = 174 mils heith of the die Z = 11 mils
RCin Y=1253
Y=0
TEST X=4545 X=4795 X=-208 PB0 X=1839 PB1 X=2370 PA3 X=522 PB2 X=2901 PB3 X=3432
Y=-208
Package SO24 package. See dimensions in section 10.
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X=0
14
X=4589
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EM65XX
5. EM6517
A new complete specification exists on the EM6517. Please refer to this document on our web site. (http://www.emmarin.com/) For more information or questions please contact EM headquarters or your local EM office.
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EM65XX
6. EM6520
A new complete specification exists on the EM6520. Please refer to this document on our web site. (http://www.emmarin.com/) For more information or questions please contact EM headquarters or your local EM office.
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EM65XX
7. EM6521
A new complete specification exists on the EM6521. Please refer to this document on our web site. (http://www.emmarin.com/) For more information or questions please contact EM headquarters or your local EM office.
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EM65XX
8. EM6522
A new complete specification exists on the EM6522. Please refer to this document on our web site. (http://www.emmarin.com/) For more information or questions please contact EM headquarters or your local EM office.
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EM65XX
9. EM6540
MIN 0 2.2 2.5 0.22 TYP 25 3.6 3.6 0 1 600 MAX 60 5.5 5.5 Unit C V V V F kHz Description fq max 620 kHz fq max 680 kHz Reference terminal regulated voltage capacitor nominal frequency
Standard Operating Conditions
Parameter Temperature VDD VSS CVreg (note 1) fq
DC characteristics - Power Supply Pins VDD=3V, T=25C (unless otherwise specified)
Parameter ACTIVE Supply Current ACTIVE Supply Current (in active mode) STANDBY Supply Current (in Halt mode) SLEEP Supply Current (SLEEP =1) POR voltage RAM data retention Regulated Voltage Conditions 25C (note2) (note3) 0C...+60C (note3) 0C...+60C (note3) 0C...+60C Symb. IVDDa Min. Typ. (note1) 210 210 IVDDa 10 IVDDh 0.4 IVDDs VPOR Vrd Vreg 1.5 1.85 1.5 1 A V V V 15 A Max. Unit A 250 A
Note1: Measured at typical freq. of 600kHz, no load. Note2: Test loop with successive writing and reading of two different addresses with an inverted values (five instructions should be reserved for this measurement), Note3: NOT tested at temperature if delivered in chip form.
Metal Options Functionally the EM6640 and the EM6540 are the same except the metal options of the EM6540 which are set in their default state.
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EM65XX
Input/Output Port Options
Pull-Up controlled by software 0 none none none none 100k 100k 100k 100k 100k 100k 100k 100k Pull-Down controlled by software 1 100k 100k 100k 100k 100k 100k 100k 100k 100k 100k 100k 100k
A0 A1 A2 A3 B0 B1 B2 B3 C0 C1 C2 C3
PA0 input PA1 input PA2 input PA3 input PB0 In/Out PB1 In/Out PB2 In/Out PB3 In/Out PC0 In/Out PC1 In/Out PC2 In/Out PC3 In/Out
Digital Watchdog Option
MDigWD Digital WatchDog YES
SWBdataLevel Option
MSWBdataLevel level of SWB data VDD
Supply Voltage Level Detector T= -10C to 60C
Symb. VSVLD1 VSVLD2 Parameter SVLD voltage Level1 SVLD voltage Level2 Min. 2.02 2.30 Typ. 2.20 2.50 Max. 2.37 2.70 Unit V V
Today's Versions
I/O's EM6540P04 As defined VLD levels As defined Remarks -
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EM65XX
Die, pad location and size
Package SO18 package. See dimensions in section 10.
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EM65XX
Pin out for the EM6540 (MFP of the EM6640) Package: SO18
VReg Test PA0 PA1 PA2 PA3 PB0 PB1 PB2
1 2 3 4 5 6 7 8 9
18 17
PSCK PSDIO VSS VBat PC3 PC2 PC1 PC0 PB3
E M 6 5 4 0
16 15 14 13 12 11 10
MFP programming connection for field programming
QOut QIn VSS VBat MFP programer
18
17
16
15
14 13 12
11
10
EM6540
1 2 3 4 5 6 7 8 9
Test VReg
MFP programer
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EM65XX
10. Package Dimensions
All MFPs are available in chip form on special request.
Figure 1. SOP 18 Pin Package
SOP-18(1.27mm pitch, 300mils body width)
Figure 2. SOP 24 Pin Package
SOP-24(1.27mm pitch, 300mils body width)
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EM65XX
Figure 3. SOP 28 Pin Package
SOP-28(1.27mm pitch, 300mils body width)
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EM65XX
Figure 4. TQF 44 Pin Package
TOP VIEW
D
ODD LEAD SIDES EVEN LEAD SIDES
b D1 e
SEE DETAIL "A" A
S Y M B O L
e
DETAIL "A"
TQFP44
ALL DIMENSIONS IN MILLIMETERS
MIN.
TYP.
MAX. 1.20
A A1
0.05 0.95 1.00 12.00 BSC. 10.00 BSC.
0.15 1.05
SEE DETAIL "B"
A2 D D1
DETAIL "B"
0 MIN.
L
0.45
0.60 44 0.80 BSC
0.75
0.08/0.20 R.
A2 A1
0.08 R. MIN. 0.20 MIN. 1.00 REF.
N e b
0.30
0.37
0.45
0-7
L
1.00/0.10 MM FORM, 1.00 MM THICK PACKAGE OUTLINE, TQFP, 10X10 MM BODY,
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EM65XX
Figure 5. TQF 52 Pin Package
TOP VIEW
D
ODD LEAD SIDES EVEN LEAD SIDES
b D1 e
SEE DETAIL "A" A
S Y M B O L
e
DETAIL "A"
TQFP52
ALL DIMENSIONS IN MILLIMETERS
MIN.
TYP.
MAX. 1.20
A A1
0.05 0.95 1.00 12.00 BSC. 10.00 BSC.
0.15 1.05
SEE DETAIL "B"
A2 D D1
DETAIL "B"
0 MIN.
L
0.45
0.60 52 0.65 BSC
0.75
0.08/0.20 R.
A2 A1
0.08 R. MIN. 0.20 MIN. 1.00 REF.
N e b
0.22
0.32
0.38
0-7
L
1.00/0.10 MM FORM, 1.00 MM THICK PACKAGE OUTLINE, TQFP, 10X10 MM BODY,
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EM65XX
Figure 6. TQF 64 Pin Package
TOP VIEW
D
ODD LEAD SIDES EVEN LEAD SIDES
b D1 e
SEE DETAIL "A" A
S Y M B O L
e
DETAIL "A"
TQFP64
ALL DIMENSIONS IN MILLIMETERS
MIN.
TYP.
MAX. 1.20
A A1
0.05 0.95 1.00 12.00 BSC. 10.00 BSC.
0.15 1.05
SEE DETAIL "B"
A2 D D1
DETAIL "B"
0 MIN.
L
0.45
0.60 64 0.50 BSC
0.75
0.08/0.20 R.
A2 A1
0.08 R. MIN. 0.20 MIN. 1.00 REF.
N e b
0.17
0.22
0.23
0-7
L
1.00/0.10 MM FORM, 1.00 MM THICK PACKAGE OUTLINE, TQFP, 10X10 MM BODY,
For more information or questions please contact EM headquarters or your local EM office.
Copyright (c) 2005, EM Microelectronic-Marin SA
27
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EM65XX
11. Ordering Information
Ordering Part Number
Part Number EM6503%%%SO24A EM6503%%%WP11 EM6504%%%SO24A EM6504%%%WP11 EM6505%%%SO24A EM6505%%%WP11 EM6517%%%SO28A EM6517%%%WP11 EM6520%%%TQ44D EM6520%%%WP11 EM6521%%%TQ52D EM6521%%%WP11 EM6522%%%TQ64D EM6522%%%WP11 EM6540%%%SO18A EM6540%%%WP11 Package/Die Form 24 pin SOIC Die in waffle pack 24 pin SOIC Die in waffle pack 24 pin SOIC Die in waffle pack 28 pin SOIC Die in waffle pack TQFP 44 pin Die in waffle pack TQFP 52 pin Die in waffle pack TQFP 64 pin Die in waffle pack 18 pin SOIC Die in waffle pack Delivery Form/ Thickness Stick 11 mils Stick 11 mils Stick 11 mils Stick 11 mils Trays (Plate) 11 mils Trays (Plate) 11 mils Trays (Plate) 11 mils Stick 11 mils
Please make sure to give the complete Part Number when ordering, including the 3-digit version. The version is made of 3 digits %%%: the first one is a letter and the last two are numbers, e.g. P04 , P07, P12, etc. For other delivery forms, please contact EM Microelectronic-Marin S.A.
EM Microelectronic-Marin SA (EM) makes no warranty for the use of its products, other than those expressly contained in the Company's standard warranty which is detailed in EM's General Terms of Sale located on the Company's web site. EM assumes no responsibility for any errors which may appear in this document, reserves the right to change devices or specifications detailed herein at any time without notice, and does not make any commitment to update the information contained herein. No licenses to patents or other intellectual property of EM are granted in connection with the sale of EM products, expressly or by implications. EM's products are not authorized for use as components in life support devices or systems.
(c) EM Microelectronic-Marin SA, 10/05, Rev. I
Copyright (c) 2005, EM Microelectronic-Marin SA
28
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